Solenoid Valve (Direct operated type) MVDY Series

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Solenoid Valve (Direct operated type) MVDY Series Specification

Hardness
Standard

Thread Type
BSP / NPT (as per model)

Load Capacity
Up to 10 bar (fluid pressure)

Shape
Rectangular / Cylindrical Body

Coating
Nickel Plated (Body)

Weight
Approx. 200-600g (depending on size)

Machine Type
Automation Equipment Compatible

Method
Direct Acting

Accuracy
Reliable ON/OFF operation

Size
1/8 to 1/2 ports

Type
Direct Operated Type Solenoid Valve

Material
Brass / Stainless Steel

Tolerance
Standard

Surface
Smooth Finish

Use
Industrial Automation

Application
Pneumatic and Hydraulic Systems

Usage & Applications
Fluid Control (Water, Air, Oil)

About Solenoid Valve (Direct operated type) MVDY Series

Solenoid Valve (Direct operated type) MVDY Series

Body width:10mm, No. of port :3, Operating pressure range:7 kgf/cm2, Effective orifice:0.28mm2 (0.016)Cv

Specifications :

Body width	10mm
No. of port	3
No. of position	2
Medium	Air
Operating pressure range	0~7 kg/cm2
Effective orifice mm2(Cv)	0.28 (0.016)
Response time	4 ms
Ambient temperature	5~ 50
Voltage	AC110,AC220V(50/60)Hz,DC6/DC12/DC24V
Power consumption	AC110=1.6V,AC220V=2.5VA,DC=1.2W (LED indicator)
Available voltage range	10%
Insulation class	F class
Weight	12 g

Versatile Coil Voltages and Connection Types

Available in 24V DC, 110V AC, and 230V AC options, the MVDY Series caters to diverse power environments. Its threaded port connection and BSP/NPT compatibility allow seamless integration into different industrial setups, while its inline or panel mounting options enhance installation flexibility.

Wide-Ranging Fluid Compatibility and Application

Engineered for use with air, water, light oil, and inert gases, the MVDY Series delivers consistent performance across various fluid control applications. Its robust surface finish, nickel-plated coatings, and reliable seals ensure longevity, making it suitable for automation, process control, and machinery in challenging environments.

Precision Performance and Robust Design

With a response time of less than 20 milliseconds and pressure handling up to 10 bar, this solenoid valve offers reliable ON/OFF operations. The selection of materials and protection class IP65 ensure durability, while the available rectangular or cylindrical body shapes support integration across a range of equipment.

FAQs of Solenoid Valve (Direct operated type) MVDY Series:

Q: How do I choose the right coil voltage for the MVDY Series solenoid valve?

A: Select the coil voltage (24V DC, 110V AC, or 230V AC) based on your power supply availability and system compatibility. Ensure your electrical environment matches the voltage level specified for the solenoid valve to ensure proper and safe operation.

Q: What fluids are compatible with the MVDY Series direct operated solenoid valve?

A: This valve is designed for use with air, water, light oil, and inert gases. It features seal options in NBR, Viton, or EPDM to enhance fluid compatibility, making it versatile for a broad range of industrial applications.

Q: Where can the MVDY Series solenoid valves be mounted?

A: These valves support both inline and panel mounting types, offering flexibility for integration into new or existing pneumatic and hydraulic systems. The threaded port connection enables use with BSP or NPT threads as required by the installation.

Q: What is the operating temperature range and pressure capacity for this valve series?

A: The MVDY Series operates efficiently between -10C and +80C and can handle fluid pressures up to 10 bar, making it suitable for demanding industrial and automation environments.

Q: How quickly does the MVDY Series solenoid valve respond during operation?

A: The valve is engineered for rapid operation, with a response time of less than 20 milliseconds, ensuring prompt and precise ON/OFF fluid control in automated processes.

Q: What are the benefits of the IP65 protection class on this solenoid valve?

A: With the coil fitted, the IP65 protection rating safeguards the valve from dust ingress and low-pressure water jets, enhancing durability and reliability in harsh operating conditions.

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